Remote Robotics Intern: ROS, Motion Planning & Simulation

As a robotics engineering intern you will be responsible for researching, developing, and testing robotics components, systems and simulations. On a day to day basis you will be working with technologies such as ROS2, Isaac Sim, motion planning, computer vision, and other related technologies. This is a remote role, and you will be collaborating with a highly skilled and experienced team of engineers and developers.

We are looking for someone driven by a passion for developing robotic systems, a demonstrated track record of methodic development, and looking to work in a dynamic environment. This position also comes with a strong potential of conversion to a full-time role.

The position is fully remote (within India)

• Assist in building ROS2-based systems for robotic arms
• Develop and test motion planning, manipulation, and control modules
• Work with simulation environments such as Isaac Sim, Mu Jo Co , or Gazebo
• Write clean C++ and Python code for robotics applications
• Debug issues related to transforms, kinematics, planning, simulation, and deployment
• Validate features through testing, simulation, and review
• Contribute to internal motion planning and simulation tooling
• Work with senior engineers on client and internal robotics projects

• Final-year undergraduate student, fresh graduate, postgraduate, or engineer with less than 1 year of experience
• Strong C++ and Python fundamentals
• Hands‑on ROS2 experience
• Good grasp of motion planning, controls, kinematics, and transforms, especially for manipulators
• Experience with simulation tools such as Isaac Sim, Mu Jo Co , or Gazebo
• Comfortable working in Linux and Dockerized environments
• Prior robotics project experience involving real hardware or realistic simulation is strongly preferred

• High ownership for assigned tasks
• Strong problem‑solving ability
• Clear communication in a remote setup
• Willingness to learn quickly and work through technical ambiguity
• Ability to take feedback and improve code quality
• Interest in building production‑grade robotics software
• Direct exposure to real‑world robotics deployments
• Mentorship from experienced robotics engineers
• Opportunity to work on robotic arms, simulation, motion planning, and perception‑integrated manipulation
• Ownership of meaningful technical tasks, not toy projects
• Remote flexibility with high responsibility
• Opportunity to convert into a full-time role based on performance